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*[[Lecture7ECE662S12|Lecture 7]] and [[Lecture8ECE662S12|Lecture 8]] blogs have been posted.
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*Please take the time to write your advice for future students on the [[Peer_Legacy_ECE662|"ECE662 Peer Legacy" page]]. You can read the [[Peer_Legacy_ECE301|ECE301 peer legacy page]] to see some examples.
 
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== References==
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*[http://www.google.com/url?sa=t&rct=j&q=&esrc=s&source=web&cd=2&ved=0CDgQFjAB&url=http%3A%2F%2Fresearch.microsoft.com%2Fpubs%2F67119%2Fsvmtutorial.pdf&ei=RiiHT_jmBOrL0QHlvo3bBw&usg=AFQjCNFaFZdMSTqar2SsbbHMxOC3oXuaYQ&sig2=sXtX5ecwEdHxoViGqEcGYA A tutorial on support vector machines for pattern recognition]
  
 
== Relevant Material ==
 
== Relevant Material ==
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== Lecture Blog  ==
 
== Lecture Blog  ==
  
[[Lecture1ECE662S12|Lecture 1]], [[Lecture2ECE662S12|2]], [[Lecture3ECE662S12|3]] ,[[Lecture4ECE662S12|4]], [[Lecture5ECE662S12|5]], [[Lecture6ECE662S12|6]], [[Lecture7ECE662S12|7]], [[Lecture8ECE662S12|8]], [[Lecture9ECE662S12|9]], [[Lecture10ECE662S12|10]], [[Lecture11ECE662S12|11]], [[Lecture12ECE662S12|12]], [[Lecture13ECE662S12|13]], [[Lecture14ECE662S12|14]], [[Lecture15ECE662S12|15]], [[Lecture16ECE662S12|16]], [[Lecture17ECE662S12|17]], [[Lecture18ECE662S12|18]], [[Lecture19ECE662S12|19]], [[Lecture20ECE662S12|20]], [[Lecture21ECE662S12|21]], [[Lecture22ECE662S12|22]], [[Lecture23ECE662S12|23]], [[Lecture24ECE662S12|24]], [[Lecture25ECE662S12|25]], [[Lecture26ECE662S12|26]], [[Lecture27ECE662S12|27]], [[Lecture28ECE662S12|28]], [[Lecture29ECE662S12|29]], [[Lecture20ECE662S12|20]]
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[[Lecture1ECE662S12|Lecture 1]], [[Lecture2ECE662S12|2]], [[Lecture3ECE662S12|3]] ,[[Lecture4ECE662S12|4]], [[Lecture5ECE662S12|5]], [[Lecture6ECE662S12|6]], [[Lecture7ECE662S12|7]], [[Lecture8ECE662S12|8]], [[Lecture9ECE662S12|9]], [[Lecture10ECE662S12|10]], [[Lecture11ECE662S12|11]], [[Lecture12ECE662S12|12]], [[Lecture13ECE662S12|13]], [[Lecture14ECE662S12|14]], [[Lecture15ECE662S12|15]], [[Lecture16ECE662S12|16]], [[Lecture17ECE662S12|17]], [[Lecture18ECE662S12|18]], [[Lecture19ECE662S12|19]], [[Lecture20ECE662S12|20]], [[Lecture21ECE662S12|21]], [[Lecture22ECE662S12|22]], [[Lecture23ECE662S12|23]], [[Lecture24ECE662S12|24]], [[Lecture25ECE662S12|25]], [[Lecture26ECE662S12|26]], [[Lecture27ECE662S12|27]], [[Lecture28ECE662S12|28]], [[Lecture29ECE662S12|29]], [[Lecture30ECE662S12|30]]
  
 
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*[[Hw1 ECE662 S12|first homework]], due Tuesday February 14, 11:59pm. [[Hw1 discussion ECE662 S12|HW1 discussion]]
 
*[[Hw1 ECE662 S12|first homework]], due Tuesday February 14, 11:59pm. [[Hw1 discussion ECE662 S12|HW1 discussion]]
 
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*[[HW1_peer_review_ECE662S12|Peer review of homework 1]], due Thursday February 23, 11:59pm.
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*[[Hw2 ECE662 S12|second homework]], due Thursday April 5, 11:59pm. [[Hw2 discussion ECE662 S12|HW2 discussion]]
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*[[HW2_peer_review_ECE662S12|Peer review of homework 2]], due Tuesday April 17, 11:59pm.
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*[[Hw3_ECE662_S12|Third (and last) homework]], test data classification due 11:59pm, Friday April 27; report due 11:59pm, Monday April 30. [[Hw3 discussion ECE662 S12|HW3 discussion]]
 
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==[[Hw3_ECE662_S12|Pattern Recognition Contest]]==
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Our [[Hw3_ECE662_S12|third and last homework]] this semester is a pattern recognition contest using real-world data kindly provided by one of our industrial partners.
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*Results of the contest
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*Discussion of result by Prof. Boutin
  
 
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Latest revision as of 06:20, 25 June 2012


ECE662: "Pattern Recognition and Decision Making Processes", Spring 2012

Note: CS662 is a cross-listing of ECE 662. In other words, they are the same exact course.


Message area:


Course information

Instructor: Prof. Boutin

Office: MSEE342

Office hours: listed here

Lecture: TuTh 10:30-11:45 in PHYS 223

syllabus


References

Relevant Material

Lecture Blog

Lecture 1, 2, 3 ,4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30


Homework


Pattern Recognition Contest

Our third and last homework this semester is a pattern recognition contest using real-world data kindly provided by one of our industrial partners.

  • Results of the contest
  • Discussion of result by Prof. Boutin

Back to Semester/Instructor Specific Course Wikis

Alumni Liaison

Ph.D. 2007, working on developing cool imaging technologies for digital cameras, camera phones, and video surveillance cameras.

Buyue Zhang